• No results found

DETAIL E AA DD

N/A
N/A
Protected

Academic year: 2022

Share "DETAIL E AA DD"

Copied!
1
0
0

Loading.... (view fulltext now)

Full text

(1)

e-mail.

fax.

Sidlo firmy: tel.

CZ - 293 06 Kosmonosy Průmyslová 830

KATOWICE 00420 326 721 327

promus@promus.cz 00420 326 711 500

5

1 6

D

D

16 3300

1709,1

A A

95 90 90 95

600

188

SECTION A-A SCALE 1 : 5

7

1

9 8

11

13 2 10

3 10

13

11 11

12 12

12

7

DETAIL B SCALE 1 : 2

15 21

18

DETAIL C SCALE 1 : 2

6 17

20 14

SECTION D-D SCALE 1 : 5

3

7 7

1 4

DETAIL E SCALE 1 : 2

19 22

NO NAME BLANK LENGTH

(mm) MATERIAL WEIGHT

(kg) TREATMENT FILE NAME TYPE QUANTITY Note

1 Ram podestu 418.48 Painted 108-08-10-01 Welded 1

2 Hridel 50 600 45 8.42 Zinc pl. 108-08-10-02 Part 1

3 Kolo aretace 43.42 Painted 108-08-10-03 Welded 1

4 Aretace kola 27.55 108-08-10-04 Assembly 1

5 Obsluzni podesta 467.29 108-08-10-05 Assembly 1

6 Klem 2.22 Painted 108-08-10-06 Welded 8

7 Motor R77DRS90L4

BE2ASB1TF 2,2kW

38rpm SEW 74.21 R77DRS90L4BE2ASB1TF_GB

JIUU45C5JOKJ45OATPENIS Part 2 TK06

8 Ozubene kolo 20B-1 Z16 Chiaravalli 4.58 Chiaravalli 20B-1 Z16 Commercial 4 TK06

9 Retez 20B-2 Z16 Chiaravalli 2.04 Chiaravalli Chain 20B-2

Z16 Commercial 2 TK06

10 Remenice 64-14M-55-

SBF Chiaravalli 23.90 Chiaravalli - HTD 64-14M-

55 Commercial 2 TK06

11 Expandeble assembler RCK 70 40-65 S355JR 0.08 RCK 70 40-65 Commercial 4 TK06

12 Expandeble assembler RCK 70 50-80 Chiaravalli 0.13 RCK 70 50-80 Commercial 3 TK06

13 Bearing unit UCP 210 UCP 210 Chiaravalli 3.21 UCP 210 Commercial 2 TK06

14 Screw DIN 931 M12 45 St. 8.8 0.056 Zinc pl. Hex Bolt DIN 931 - M12 x 45 Commercial 24 15 Screw DIN 931 M16 60 St. 8.8 0.132 Zinc pl. Hex Bolt DIN 931 - M16 x 60 Commercial 8 16 Screw DIN 931 M20 55 St. 8.8 0.210 Zinc pl. Hex Bolt DIN 931 - M20 x 55 Commercial 8 17 Plain washer DIN 125 A13 St. 0.006 Zinc pl. Plain Washer DIN 125 - A

13 Commercial 24

18 Plain washer DIN 125 A17 St. 0.011 Zinc pl. Plain Washer DIN 125 - A

17 Commercial 8

19 Plain washer DIN 125 A21 St. 0.017 Zinc pl. Plain Washer DIN 125 - A

21 Commercial 8

20 Spring washer DIN 127 A12 St. 0.004 Zinc pl. Spring Lock Washer DIN

127 - A12 Commercial 24

21 Spring washer DIN 127 A16 St. 0.008 Zinc pl. Spring Lock Washer DIN

127 - A16 Commercial 8

22 Spring washer DIN 127 A20 St. 0.014 Zinc pl. Spring Lock Washer DIN

127 - A20 Commercial 8

We reserve all rights in this document and in the information contained therein. Reproduction, use or disclosure to third parties without express authority

SizeA0

Scale Project Nr

NNNNNN 1:20

Project Name

Doc Nr / Filename

Name Date

Assembly Name Part Name Checked by Drawn by Designed by

is strictly forbidden. © PROMUS 2006

±1°

±30'±20'

±20'

> 50° - 120°

> 50° - 120°

> 10° - 50º

< 10°

±0.1

±0.2±0.3

±0.5±0.8

±1.2±4

±0.2±2

±3

±2

±3±4

±1

> 0.5 - 6

> 6 - 30

>2000 - 4000

> 315 - 1000

>1000 - 2000

> 120 - 315

> 30 - 120

> 315 - 1000

> 1000 - 2000

> 2000 - 4000

< 315

> 6

> 3 - 6

> 0.5 - 3

Weldings

For nominal size below 0.5mm,the deviation shall be Broken edges

Angular Dim Permissible deviations - ISO 2768 m

Linear dimensions

Treatment:

Surface finish:

Weight (Kg):

Quantity (for asm):

Material:

indicated adjacent to the relevant nominal size

Obsluzni podesta

108-08-10

MK MK

2008-11-27

1213.43 2008-11-27

References

Related documents

As trade-offs between the three broadly defined software engineering aspects (requirements, technical limitations and development efforts) with respect to a specific technical task

To show how his posi- tion is absurd, I have first showed that, at the site itself, engraved stones were not only discovered during the first excavations by Péricard &amp; Lwoff, but

The PN-AEPA, launched by the government with the support of key water sector donors in 2007, sets out to achieve the Millennium Development Goals in relation to water and

1768, 2016 Department of Computer and Information Science. Linköping University SE-581 83

In theory, a more negative applied potential can increase the driving force for proton assisted reduction and hence favours the formation of (CoPc) - 2 -CHO, which is a

The bond graph will, after a completed bicausal algorithm, show all possible causal paths, particularly a path in an algebraic loop or between two dependent storage elements..

We have in Section 3.3 presented an initialization algorithm for modes with derivative causality at one storage element and shown that the algorithm yields initial values for the

In a number of examples we show how to stabilize the zero dynamics of dierent systems by switching between dierent output zeroing controllers, where no continuous stabilizing